Timing Attack

Overview Affected versions of this package are vulnerable to Timing Attack in the webhook event validator code, which does not use a constant-time comparison function to validate the webhook secret. It can allow an attacker to recover this secret as an attacker and then forge webhook events...

Timing Attack

@fastify/bearer-auth is vulnerable to timing attacks. The vulnerability exists because the timingSafeEqual functionality in the compare function of plugin.js does not securely perform a constant-time comparison against the length of the bearer token, allowing an attacker to guess the length of th...

Vulnerability of the Montgomery modular exponentiation function with constant time complexity in the OpenSSL and BoringSSL libraries, allowing attackers to execute arbitrary code.

The vulnerability of the Montgomery modular multiplication function with a constant time cost in the OpenSSL and BoringSSL libraries relates to the possibility of writing data beyond the buffer boundaries into memory. Exploiting this vulnerability allows an attacker to execute arbitrary code by...

GSD-2022-1004006 dm crypt: make printing of the key constant-time

dm crypt: make printing of the key constant-time This is an automated ID intended to aid in discovery of potential security vulnerabilities. The actual impact and attack plausibility have not yet been proven. This ID is fixed in Linux Kernel version v4.14.282 by commit...

GSD-2022-1003915 dm crypt: make printing of the key constant-time

dm crypt: make printing of the key constant-time This is an automated ID intended to aid in discovery of potential security vulnerabilities. The actual impact and attack plausibility have not yet been proven. This ID is fixed in Linux Kernel version v4.19.246 by commit...

GSD-2022-1003782 dm crypt: make printing of the key constant-time

dm crypt: make printing of the key constant-time This is an automated ID intended to aid in discovery of potential security vulnerabilities. The actual impact and attack plausibility have not yet been proven. This ID is fixed in Linux Kernel version v5.4.197 by commit...

GSD-2022-1003646 dm crypt: make printing of the key constant-time

dm crypt: make printing of the key constant-time This is an automated ID intended to aid in discovery of potential security vulnerabilities. The actual impact and attack plausibility have not yet been proven. This ID is fixed in Linux Kernel version v5.10.120 by commit...

GSD-2022-1003431 dm crypt: make printing of the key constant-time

dm crypt: make printing of the key constant-time This is an automated ID intended to aid in discovery of potential security vulnerabilities. The actual impact and attack plausibility have not yet been proven. This ID is fixed in Linux Kernel version v5.15.45 by commit...

GSD-2022-1003165 dm crypt: make printing of the key constant-time

dm crypt: make printing of the key constant-time This is an automated ID intended to aid in discovery of potential security vulnerabilities. The actual impact and attack plausibility have not yet been proven. This ID is fixed in Linux Kernel version v5.17.13 by commit...

GSD-2022-1002851 dm crypt: make printing of the key constant-time

dm crypt: make printing of the key constant-time This is an automated ID intended to aid in discovery of potential security vulnerabilities. The actual impact and attack plausibility have not yet been proven. This ID is fixed in Linux Kernel version v5.18.2 by commit...

GSD-2022-1002526 heap buffer overflow in OpenSSL version 3.0.4

In OpenSSL version 3.0.4 a heap buffer overflow exists in the AVX512 support that can be attacked via network resulting in code execution. This is reachable via four code paths: RSAZ 1024, RSAZ 512, Dual 1024 RSAZ, and Default constant-time Montgomery modular exponentiation. Please note this issu...

New Hertzbleed Side Channel Attack Affects All Modern AMD and Intel CPUs

A newly discovered security vulnerability in modern Intel and AMD processors could let remote attackers steal encryption keys via a power side channel attack. Dubbed Hertzbleed by a group of researchers from the University of Texas, the University of Illinois Urbana-Champaign, and the University ...

GHSA-2X4V-G8CX-JXRQ Login timing attack in ibexa/core

Ibexa DXP is using random execution time to hinder timing attacks against user accounts, a method of discovering whether a given account exists in a system without knowing its password, thus affecting privacy. This implementation was found to not be good enough in some situations. The fix replace...

Login timing attack in ibexa/core

Ibexa DXP is using random execution time to hinder timing attacks against user accounts, a method of discovering whether a given account exists in a system without knowing its password, thus affecting privacy. This implementation was found to not be good enough in some situations. The fix replace...

GHSA-XFQG-P48G-HH94 Login timing attack in ezsystems/ezpublish-kernel

Ibexa DXP is using random execution time to hinder timing attacks against user accounts, a method of discovering whether a given account exists in a system without knowing its password, thus affecting privacy. This implementation was found to not be good enough in some situations. The fix replace...

Login timing attack in ezsystems/ezpublish-kernel

Ibexa DXP is using random execution time to hinder timing attacks against user accounts, a method of discovering whether a given account exists in a system without knowing its password, thus affecting privacy. This implementation was found to not be good enough in some situations. The fix replace...

Login timing attack in ezsystems/ezplatform-kernel

Ibexa DXP is using random execution time to hinder timing attacks against user accounts, a method of discovering whether a given account exists in a system without knowing its password, thus affecting privacy. This implementation was found to not be good enough in some situations. The fix replace...

GHSA-8VXV-2G8P-2249 Observable Timing Discrepancy in totp-rs

Impact Token comparison was not constant time, and could theorically be used to guess value of an TOTP token, and thus reuse it in the same time window. The attacker would have to know the password beforehand nonetheless. Patches Library now used constant-time comparison. Workarounds No. For more...

Observable Timing Discrepancy in totp-rs

Impact Token comparison was not constant time, and could theorically be used to guess value of an TOTP token, and thus reuse it in the same time window. The attacker would have to know the password beforehand nonetheless. Patches Library now used constant-time comparison. Workarounds No. For more...

GHSA-W7JR-WQW6-54XC Non-constant time comparison of inbound TCP agent connection secret

Jenkins 2.218 and earlier, LTS 2.204.1 and earlier does not use a constant-time comparison validating the connection secret when an inbound TCP agent connection is initiated. This could potentially allow attackers to use statistical methods to obtain the connection secret. Jenkins 2.219, LTS...